Systematic methods of chemical process design / Lorenz T. Biegler, Ignacio E. Grossmann, Arthur W. Westerberg

1.- Introduction to process design.
I.- Preliminary analysis and evaluation of processes.-
2.- Overview of flowsheet synthesis -- 3.- Mass and energy balances -- 4.- Equipment sizing and costing -- 5.- Economic evaluation -- 6.- Design and scheduling of batch processes.
II.- Analysis with rigorous process models.
7.- Unit equation models -- 8.- General concepts of simulation for process design -- 9.- Process flowsheet optimization.
III.- Basic concepts in process synthesis.
10.- Heat and power integration -- 11.- Ideal distillation systems -- 12.- Heat integrated distillation processes -- 13.- Geometric techniques for the synthesis of reactor networks -- 14.- Separating azeotropic mixtures.
IV.- Optimization approaches to process synthesis and design.
15.- Basic concepts for algorithmic methods -- 16.- Synthesis of heat exchange networks -- 17.- Synthesis of distillation sequences -- 18.- Simultaneous optimization and heat integration -- 19.- Optimization techniques for reactor network synthesis -- 20.-Structural optimization of process flowsheets -- 21.- Process flexibility -- 22.- Optimal design and scheduling for multiproduct batch plants.-

COBERTURA BIBLIOGRÁFICA:
IQA341 (Ingeniería Civil Química), IQA 341(Arquitectura)
Asignatura: Diseño de Procesos